def __init__(self, data):
status = data['status']
self.name = parse_encode(status.get('name'))
self.last_login = datetime_from_iracing_timestamp(
status.get('lastLogin'))
self.last_seen = datetime_from_iracing_timestamp(
status.get('lastSeen'))
self.broadcast = status.get('broadcast')
self.driver_changes = status.get('driverChanges')
self.users_max = status.get('maxUsers')
self.has_grid = status.get('hasGrid')
self.private_session = status.get('privateSession')
self.series_id = status.get('seriesId')
self.reg_open = status.get('regOpen')
self.spotter_access = status.get('spotterAccess')
self.season_id = status.get('seasonId')
self.helmet = Helmet(status['helmet'])
self.in_grid = status.get('inGrid')
self.start_time = status.get('startTime')
self.subsession_status = status.get('subSessionStatus')
self.track_id = status.get('trackId')
self.session_status = status.get('sessionStatus')
self.session_type_id = status.get('sessionTypeId')
self.cat_id = status.get('catId')
self.event_type_id = status.get('eventTypeId')
self.private_session_id = status.get('privateSessionId')
self.cust_id = status.get('custid')
self.user_role = status.get('userRole')
def __init__(self, data):
self.earth_rotation_speedup = data['14']
self.event_type_id = data['10']
self.fog_density = data['33']
self.group_count = data['12']
self.humidity = data['9']
self.leave_marbles = data['15']
self.max_to_display = data['1']
self.race_week = data['32']
self.race_week_cars = data['26']
self.reg_count = data['16']
self.rubber_practice = data['13']
self.rubber_qualify = data['24']
self.rubber_race = data['23']
self.rubber_warmup = data['20']
self.season_id = data['31']
self.session_id = data['7']
self.skies = data['5']
self.special_event_type = data['22']
self.temp_unit = data['19']
self.temp_value = data['21']
self.time_of_day = data['27']
self.time_start = datetime_from_iracing_timestamp(data['6'])
self.time_start_sim = parse_encode(data['29'])
self.total_count = data['17']
self.total_groups = data['30']
self.track_id = data['3']
self.weather_initial = data['8']
self.weather_ongoing = data['25']
self.weather_type = data['28']
self.wind_direction = data['11']
self.wind_speed_unit = data['2']
self.wind_speed_value = data['4']
def __init__(self, data):
self.earth_rotation_speedup = data['earth_rotation_speedup']
self.event_type = data['evttype']
self.fog_density = data['weatherFogDensity']
self.humidity = data['weatherRelativeHumidity']
self.race_lap_limit = data['raceLapLimit']
self.race_time_limit_minutes = data['raceTimeLimitMinutes']
self.race_week = data['raceWeekNum']
self.reg_count = data['regCount']
self.reg_count_pre = data['preRegCount']
self.session_id = data['sessionID']
self.session_type_id = data['sessionTypeID']
self.skies = data['weatherSkies']
self.special_event_type = data['specialeventtype']
self.standing_start = data['standingStart']
self.temp_unit = data['weatherTempUnits']
self.temp_value = data['weatherTempValue']
self.time_end = datetime_from_iracing_timestamp(
data['endTime'])
self.time_of_day = data['timeOfDay']
self.time_start = datetime_from_iracing_timestamp(
data['startTime'])
self.time_start_sim = parse_encode(data['simulatedstarttime'])
self.track = parse_encode(data['trackName'])
self.track_config = parse_encode(data['trackConfigName'])
self.track_id = data['trackID']
self.track_race_guide_img = parse_encode(
data['trackRaceGuideImg'])
self.weather_initial = data['weatherVarInitial']
self.weather_ongoing = data['weatherVarOngoing']
self.weather_type = data['weatherType']
self.wind_direction = data['weatherWindDir']
self.wind_speed_unit = data['weatherWindSpeedUnits']
self.wind_speed_value = data['weatherWindSpeedValue']
# raceWeekCars returns a dictionary of {weeks} >
# each week has a dictionary of {car_id} >
# each car has a dictionary of {car attributes}
self.race_week_cars = data['raceWeekCars']
# rubberSettings contains a dictionary of {rubber attributes}
self.rubber_settings = data['rubberSettings']
def __init__(self, data):
self.car_class_ids = data['carClasses']
self.fixed_setup = data['fixedSetup']
self.license_class = data['licenseGroup']
self.multi_class = data['multiClass']
self.open_practice_drivers = data['openPracticeDrivers']
self.open_practice_sessions = data['openPracticeSessions']
self.race = [self.Race(x) for x in data['races']]
self.season_id = data['seasonID']
self.season_start_date = datetime_from_iracing_timestamp(
data['seasonStartDate'])
def __init__(self, data):
self.active = data.get('active')
self.cat_id = data.get('catid')
self.category = data.get('category')
self.date_end = datetime_from_iracing_timestamp(data.get('end'))
self.date_start = datetime_from_iracing_timestamp(data.get('start'))
self.is_lite = data.get('islite')
self.license_eligible = data.get('licenseEligible')
self.race_week = data.get('raceweek')
self.season_id = data.get('seasonid')
self.season_quarter = data.get('quarter')
self.season_year = data.get('year')
self.series_id = data.get('seriesid')
self.series_lic_group_id = data.get('serieslicgroupid')
self.series_name_short = parse_encode(data.get('seriesshortname'))
# Creating subclasses from nested lists
self.car_classes = [
self.SeasonCarClass(x) for x in data.get('carclasses', [])
]
self.tracks = [self.Track(x) for x in data.get('tracks', [])]
self.cars = [self.SeasonCar(x) for x in data.get('cars', [])]
def __init__(self, data):
self.driver_count = data['drivercount']
self.season_id = data['seasonid']
self.session_id = data['sessionid']
self.time_start = datetime_from_iracing_timestamp(data['start_time'])
def datetime(self) -> datetime:
return datetime_from_iracing_timestamp(self.timestamp)
